Electric Actuators for Water Industry
RIFT Actuators
Why Energy Efficiency Matters More Than Ever
Energy consumption has become one of the biggest challenges facing infrastructure operators, water utilities and industrial facilities across the UK. Rising energy costs, increasing environmental regulations and ambitious Net Zero commitments are driving organisations to find smarter ways of reducing power consumption without compromising operational performance.
While pumps, motors and treatment equipment often receive the most attention when discussing energy efficiency, valve automation systems can also play an important role in reducing overall energy usage.
Modern energy efficient electric actuators are helping operators lower operational costs, reduce carbon emissions and improve sustainability by delivering intelligent valve control with significantly lower power requirements than traditional actuation technologies.
As infrastructure operators continue investing in smarter and more sustainable assets, energy efficient electric actuators are becoming an increasingly important part of future-proofing critical systems.
RIFT Actuators
What Are Energy Efficient Electric Actuators?
An energy efficient electric actuator is designed to minimise power consumption while maintaining precise and reliable valve operation.
Unlike conventional actuator technologies that can consume significant amounts of electricity during operation and standby periods, modern energy efficient actuators utilise advanced motor technology, intelligent power management and optimised control systems to reduce energy demand.
These actuators are commonly used to automate:
- Ball valves
- Butterfly valves
- Gate valves
- Globe valves
- Pressure control valves
- Flow control systems
- Water treatment processes
The result is improved operational efficiency, lower electricity costs and reduced environmental impact.
Why Energy Efficiency Is Important in Valve Automation
Across water utilities and industrial operations, thousands of actuators may be installed throughout a network.
Even small reductions in power consumption at individual assets can create significant savings when multiplied across an entire infrastructure system.
Energy efficient actuators can help organisations:
Reduce Operating Costs
Lower energy consumption directly reduces electricity expenditure, helping organisations control operational budgets.
Support Sustainability Objectives
Reducing power consumption helps lower carbon emissions and contributes towards environmental goals.
Improve Asset Efficiency
Efficient systems place less strain on supporting infrastructure while delivering consistent performance.
Enable Remote Deployments
Low-power actuators can operate using alternative power sources such as batteries and solar panels.
Support Net Zero Targets
Many organisations are actively working towards carbon reduction commitments, making energy efficiency a key investment priority.
RIFT Actuators
The Water Industry's Focus on Energy Efficiency
The water industry is one of the largest consumers of electricity in the UK.
Water treatment works, pumping stations and distribution networks require substantial amounts of energy to operate effectively.
As the industry moves towards AMP8 and beyond, water companies are under increasing pressure to improve energy performance while maintaining high levels of service and reliability.
Key objectives include:
- Reducing operational carbon emissions
- Improving energy efficiency
- Supporting Net Zero ambitions
- Modernising infrastructure
- Deploying smarter technologies
- Reducing whole-life asset costs
Energy efficient automation technologies are playing an increasingly important role in helping utilities achieve these goals.
RIFT Actuators
How Modern Electric Actuators Reduce Energy Consumption
Today’s advanced actuators utilise several technologies to improve efficiency.
Advanced Motor Design
Modern electric actuators use highly efficient motors that convert electrical energy into mechanical movement with minimal losses.
Improved motor efficiency reduces overall energy demand while maintaining performance.
Intelligent Power Management
Smart actuators only consume power when required and minimise standby energy usage.
This helps reduce unnecessary electricity consumption throughout the asset lifecycle.
Reduced Inrush Current
Traditional actuators can experience high electrical demand during startup.
Advanced technologies reduce these peaks, lowering stress on electrical systems while improving efficiency.
Precision Control
Accurate valve positioning prevents unnecessary movement and optimises system operation, helping reduce wasted energy.
Predictive Maintenance
Well-maintained assets operate more efficiently.
Smart diagnostic systems help identify issues before they impact performance or increase energy consumption.
The RIFT Approach to Energy Efficiency
At RIFT Actuators, energy efficiency is not an afterthought. It sits at the heart of our engineering philosophy.
Our patented Reduced Induction Field Technology has been specifically developed to deliver exceptional performance while significantly reducing power consumption compared to conventional electric actuator technologies.
This innovative approach enables operators to achieve greater efficiency without compromising reliability, control or functionality.
RIFT Actuators
Up to 85% Energy Savings
One of the most significant advantages of RIFT SMART Actuators is their ability to dramatically reduce energy consumption.
Our patented motor technology has been engineered to minimise power requirements while maintaining the torque and performance demanded by modern infrastructure applications.
In many applications, RIFT technology can achieve energy savings of up to 85% when compared with conventional actuator systems.
These savings can translate into substantial operational benefits over the lifetime of an asset.
Supporting Net Zero Strategies
Across the water sector and wider industry, organisations are actively seeking technologies that support long-term carbon reduction objectives.
Lower energy consumption means:
- Reduced carbon emissions
- Lower electricity demand
- Improved environmental performance
- Greater sustainability
For organisations pursuing Net Zero goals, investing in energy efficient automation technologies can form an important part of wider carbon reduction strategies.
Low Voltage Operation
The RIFT SMART platform supports low voltage operation, making it particularly suitable for remote and energy-conscious applications.
Operating on low voltage systems allows infrastructure operators to reduce energy demand while increasing deployment flexibility.
This capability is especially valuable in locations where conventional power infrastructure may not be practical.
Ideal for Remote Water Assets
One of the major benefits of low-power actuator technology is the ability to operate using renewable and alternative energy sources.
RIFT SMART Actuators can be deployed using:
- Solar panels
- Battery systems
- Hybrid energy solutions
- Remote power installations
This makes them ideal for:
- Remote water assets
- Reservoir sites
- Environmental monitoring stations
- Irrigation systems
- Rural infrastructure projects
By reducing reliance on mains power, organisations can lower installation costs and improve sustainability.
Smarter Infrastructure Through SMART Technology
Energy efficiency is only one part of the equation.
The most effective infrastructure solutions combine low energy consumption with intelligent functionality.
RIFT SMART Actuators provide:
- Real-time diagnostics
- Predictive maintenance
- Remote monitoring
- WiFi connectivity
- GPS asset tracking
- Integrated PLC functionality
- Advanced communications
These capabilities allow operators to optimise performance while improving asset management and operational efficiency.
RIFT Actuators
Energy Efficiency Through Predictive Maintenance
Poorly maintained assets often consume more energy than necessary.
Valve wear, seal deterioration and mechanical resistance can all impact efficiency.
RIFT SMART Actuators continuously monitor performance and support Total Productive Maintenance (TPM) strategies.
By identifying deterioration early, operators can maintain assets at peak efficiency while reducing maintenance costs and preventing failures.
The Wiggle Function Advantage
A unique feature of the RIFT SMART platform is the Wiggle Function.
This feature periodically exercises the valve to help prevent sticking and remove build-up from valve seats.
Maintaining smooth valve operation reduces mechanical resistance and helps ensure long-term efficiency and reliability.
The benefits include:
- Reduced maintenance requirements
- Improved valve performance
- Extended asset lifespan
- Enhanced reliability
Why Energy Efficient Actuators Matter During AMP8
The AMP8 investment period is driving major infrastructure improvements across the UK water industry.
One of the key objectives is reducing operational carbon emissions while improving efficiency and resilience.
Energy efficient electric actuators directly support these objectives by:
- Lowering power consumption
- Supporting sustainable infrastructure
- Enabling remote automation
- Reducing maintenance requirements
- Supporting predictive asset management
As water companies continue investing in smarter networks, energy-efficient technologies will become increasingly important.
Applications for Energy Efficient Electric Actuators
Energy efficient actuators are suitable for a wide range of applications.
Water Treatment Plants
Improve process control while reducing energy consumption.
Wastewater Facilities
Support sustainable operation of critical treatment processes.
Pumping Stations
Provide efficient valve automation and pressure management.
Reservoir Management
Enable reliable operation with minimal power requirements.
Remote Utility Assets
Operate effectively using battery and solar-powered systems.
Industrial Process Applications
Reduce operational costs while maintaining precise control.
Long-Term Cost Benefits
Although energy savings are often discussed from an environmental perspective, they also deliver significant financial benefits.
Lower energy consumption can provide:
- Reduced electricity bills
- Lower operating costs
- Reduced maintenance expenditure
- Improved asset longevity
- Better return on investment
Over the lifespan of a water infrastructure asset, these savings can be substantial.
Why Choose RIFT SMART Actuators?
RIFT SMART Actuators combine:
- British engineering
- Industry-leading energy efficiency
- SMART diagnostics
- Predictive maintenance
- Low voltage operation
- Solar compatibility
- WiFi connectivity
- GPS tracking
- Onboard PLC functionality
- Modbus integration
- Advanced valve control
The result is a smarter, more efficient approach to valve automation that supports both operational performance and sustainability goals.
Conclusion
Energy efficient electric actuators are becoming an essential component of modern infrastructure.
As organisations seek to reduce costs, lower carbon emissions and improve operational efficiency, advanced actuator technologies are playing an increasingly important role.
By combining intelligent diagnostics, predictive maintenance, renewable energy compatibility and industry-leading energy efficiency, RIFT SMART Actuators provide a future-ready solution for water utilities and industrial operators alike.
For organisations looking to reduce energy consumption while improving reliability and control, energy efficient electric actuators offer a smarter path towards sustainable infrastructure and long-term operational success.
RIFT Actuators
Get in Touch
Ready to enhance your fresh water systems with RIFT Actuators? Contact our team to explore how our electric actuators can transform your operations.
Email: sales@riftactuators.com
Phone: +44 (0)1684 123456
Offices: Malvern, UK | USA
